Fuel Efficiency in the Road Transport Sector
Facts and figures
The increasing contribution of the transport sector to greenhouse
gas emissions and consequent climate change and global warming
is a major issue of global concern. Although science, engineering
and technology advances in the industrialized world have improved
engine and vehicle design and maintenance thus increasing fuel
efficiency, increasing speed, prolonging engine life as well
as reducing emissions, these advances have not been fully replicated
in developing countries.
Lack of investment in railways, (over the 1980s Pakistan's road
network increased by 85 percent and the number of vehicles on
roads by 280 percent, while no new rail track was laid) the high
cost of air transport, lack of inland waterways and rapid population
growth have made Pakistan's road transport system a vital means
of communication. Many vehicles are old, and those built locally
do not use modern engine technology, thus increasing pollution
from vehicles. Engine maintenance is generally performed by technicians
who have had no formal training, with the result that there is
no established system of engine maintenance. |
Project description
The primary objective of the project was to improve the energy
efficiency of motor vehicles through proper tune-up practices
to minimize GHG emissions. The project's benefits accrue at regional,
national and international level. Vehicle owners benefit from
reduced fuel expenditures, while at the national level, the oil
import bill is minimized. The project further aimed to create
jobs and business opportunities. At the global level project
contributes in reducing GHG emission thus reducing global warming.
It also results in reduced deposition of toxic chemicals, such
as lead, carbon monoxide and sulphur dioxide, in humans;
especially traffic police, children and residents of congested
city areas.
The project also conducted a series of special studies to assist
in the development of policies and strategies for achieving long-term
fuel savings.
Strategies included public awareness campaigns; setting up computerized
demonstration tune-up stations; providing training to workshop
owners and mechanics; providing a revolving loan fund to assist
the purchase of modern tune-up facilities; taking initiatives
in developing and implementing cleaner options, policy formulation
and advocacy; and developing mechanisms for implementing vehicular
fitness and related laws. |
SELECTED PROJECT ACTIVITIES/RESULTS
- Initially
15 tune up demonstration and training centers were to be established
in various cities around the country. However, this target was
subsequently enhanced to establish 30 tune-up centers. The first
group of centers was established at Islamabad (2), Rawalpindi (2),
Quetta ,Karachi (4), Lahore (2), Peshawar (3), Multan, Hyderabad,
Abbotabad, Sialkot, Gujranwala.
- ENERCON (the National Energy Conservation Center), the implementing
agency for the project, was responsible for promoting energy
conservation and efficiency improvements in all sectors of the economy
at the national level. The project helped to strengthen the capability
of ENERCON to plan and implement energy conservation projects in
the private sector on a national scale, obtain better information
on the status of the automotive industry and current practices, build
a core capability of technical expertise on modern instrumented
methods of engine analysis, and develop its position as the premier
organization responsible for energy efficiency improvements in Pakistan's
road transport sector in the country.
- A revolving loan fund of $3.0 million for the purchase of advanced
tune-up and diagnostic equipment by workshop owners and mechanics
was provided to support the market in its initial stages of growth.
The funds were designed to finance purchase of tune-up equipment
for approximately 25 diesel and 90 gasoline tune-up stations.
The project also provided technical support and training to the workshop
owners acquiring equipment under the loan program.
Since workshop owners in Pakistan generally do not have access
to capital, so the availability of credit helped accelerate the
adoption of advanced engine diagnostic technologies by the private
sector. Re-payment periods ranged from three to five years, depending
on the size of the loan.
- A total of fifteen specialized studies were undertaken in the final
phase of this project and the results be presented to the Government
of Pakistan to enable specific policy changes and to guide future
activities of the various agencies involved in the Pakistan's
motorized road transport sector. The studies were:
- Existing instrumented tune-up facilities in Pakistan;
- Improving vehicular emission standards in Pakistan;
- Strengthening the institution of motor vehicle
examiners in Pakistan;
- Institutionalized training of drivers and controlling
agencies in Pakistan;
- Vehicles operating on CNG in the country - installation
of CNG kits, their operation and maintenance and safety aspects;
- Impact of fuel (gasoline and diesel) quality on
fuel efficiency and emissions;
- Emissions reduction and fuel conservation through
fleet management;
- Assessment of current levels of fuel efficiency
in the road transport sector;
- Self-regulation to control overloading of trucks
by the trucking industry in the country;
- Analysis of operating costs of cargo trucks in
the private sector;
- Implementation of National highway Safety Ordinance
2000 and its ticketing system for traffic violations;
- Energy efficiency and activities of other organizations,
especially in the road transport sector of the country;
- Conversion of diesel vehicles to CNG and related
issues
- Modal shift in favour of HCVS (high capacity vehicles).
Training
- Two-day training workshops were conducted for automobile
workshop owners, entrepreneurs and individual investors, in the
ten major cities where the demonstration centres had been established
- Islamabad, Rawalpindi, Lahore, Quetta, Karachi, Hyderabad, Multan,
Peshawar, Faisalabad and Gujranwala. Courses were also run for
mechanics.
The course dealt with issues such as vehicular emissions,
environmental and health aspects, existing tune-up practices, introduction
of state-of- the-art tune-up equipment with its features and benefits,
cost benefit analysis, establishment of computerized tune-up center
as a small business and related marketing strategies.
Three-week training
courses were also offered to mechanics at training centres and colleges
in Lahore, Hyderabad, Faisalabad, Multan, Quetta, Karachi, Peshawar,
Islamabad and Gujranwala.
- As a result of these
Training Workshops, 1,396 participants were trained. Qualifying
Trainees were awarded a certificate from UNDP, ENERCON and the National
Institute of Science and Technical Education (NISTE) Islamabad.
Public awareness
- A nation-wide publicity and awareness campaign aimed
at vehicle owners was conducted in the national media to encourage
the general public to tune-up their vehicles
- The project's website contains tips on economic driving,
vehicle maintenance, wheel alignment and tyre maintenance; wheel
balancing, wheel alignment and diesel engine diagnostics.
- The project's press conferences have also been used
to promote the possible future introduction of non-polluting fuel
cell technology vehicles
Gender sensitivity
- The project's awareness programmes encouraged female drivers and
owners to act independently in using the services offered by the
new tune up stations. It offered training in gender sensitivity for
workshop owners, supervisors and mechanics and hoped that this training
would also encourage women to take up employment and establish businesses
in road transport sector.
Partners etc
ENERCON; the National Energy Conservation Centre http://www.enercon.gov.pk/ ; Ministry of Environment (http://www.pakistan.gov.pk); Local Government
and Rural Development http://www.pakistan.gov.pk/
Dedicated project website: http://www.enercon.gov.pk/ferts/index.htm
Newsletter: No
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